def __init__(self, logger):
"""
Class responsible for cummunicating with the temperature sensor network for data acquisition.
This expects a sensLog instance called logger to exist when runnig.
"""
# For some reason we aren't inheriting this globally so instead we'll override it.
self.__logger = logger
self.__logger.log("Init thermalNetwork...")
# Debug?
self.__debugOn = False
# Temperature sensor support
self.__tempSens = ds18b20()
# Temperature sensor registry
self.__sensorSet = {}
# Store readings and sensor data globally.
self.__sensorReadings = {}
# Running flag. Set to false when we should die.
self.__keepRunning = True
def __init__(self):
for key in hotpiConfig['devices'].keys():
device = hotpiConfig['devices'][key]
if device['type'] == 'ds18b20':
device['handler'] = ds18b20(device)
elif device['type'] == 'ct30':
device['handler'] = ct30(device)
elif device['type'] == 'relay':
device['handler'] = relay(device)
elif device['type'] == 'semaphore':
device['handler'] = semafile(device)
# GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program. If not, see <http://www.gnu.org/licenses/>. # # Email: [email protected] from ds18b20 import ds18b20 import time brew = [{ "heater": False, "heatctl": 1, "min": 20, "max": 21, "sensor": ds18b20("28-0517022710ff") }, { "heater": False, "heatctl": 2, "min": 20, "max": 21, "sensor": ds18b20("28-041702ce85ff") }] try: while 1: # Iterate through sensors for s in range(len(brew)): temp = brew[s]["sensor"].temperature print("Brew {0}: Temperature {1}".format(s + 1, temp))
def temperatureRead(self): self.t=ds18b20(self.thermId) self.temperature=self.t.getTemp() self.roundedTemp= '%05.1f' % round(self.temperature,1) return self.roundedTemp
import rrdtool
from time import sleep
from segmentDisplay import segmentDisplay
from ds18b20 import ds18b20
project_dir="/home/pi/virtualenvs/BrewPi"
log=False
temp=-999
s=segmentDisplay('0x38')
t=ds18b20('28-000004e4e579')
l='Office'
s.setupDisplay()
for i in range (1,5):
s.clearDisplay(i)
while True:
curtemp=t.getTemp()
temp = '%05.1f' % round(curtemp,1)
ret = rrdtool.update(project_dir + "/rrd/temps.rrd","N:" + str(temp));
if ret:
print rrdtool.error()
if log==True: # Logging switch
l = Log(temperature=curtemp,location=l,timestamp=timezone.now())
l.save()
if temp_HLT[0] != "0":
s.writeDisplay(1,temp[0],0)
else:
s.clearDisplay(1)
s.writeDisplay(2,temp[1],0)
import rrdtool
from time import sleep
from segmentDisplay import segmentDisplay
from ds18b20 import ds18b20
project_dir = "/home/pi/virtualenvs/BrewPi"
log = False
temp = -999
s = segmentDisplay('0x38')
t = ds18b20('28-000004e4e579')
l = 'Office'
s.setupDisplay()
for i in range(1, 5):
s.clearDisplay(i)
while True:
curtemp = t.getTemp()
temp = '%05.1f' % round(curtemp, 1)
ret = rrdtool.update(project_dir + "/rrd/temps.rrd", "N:" + str(temp))
if ret:
print rrdtool.error()
if log == True: # Logging switch
l = Log(temperature=curtemp, location=l, timestamp=timezone.now())
l.save()
if temp_HLT[0] != "0":
s.writeDisplay(1, temp[0], 0)
else:
s.clearDisplay(1)
s.writeDisplay(2, temp[1], 0)
s.writeDisplay(3, temp[2], 1)
# HARD CODE PINS FOR SENSORS
RELAY_PIN_1 = 16
RELAY_PIN_2 = 18
RELAY_PIN_3 = 22
TOUCH_PIN = 13
LIGHT_PIN = 11
TEMP_HUMID_PIN = 22 #This is the GPIO pin. Other pins set using BOARD
#################
lcd = LCD.LCD_Display(rs=37, e=35, data_pins=[33, 31, 29, 23])
light = light_sensor.READ_LIGHT_SENSOR(pin=LIGHT_PIN)
temp_humid = temp_humid.READ_DHT11(pin=TEMP_HUMID_PIN)
r1 = relay_switch.relay_switch(pin=RELAY_PIN_1)
r2 = relay_switch.relay_switch(pin=RELAY_PIN_2)
r3 = relay_switch.relay_switch(pin=RELAY_PIN_3)
temperature = ds18b20.ds18b20()
def change_display():
global display_num
global in_temp_f
global in_humid
global out_temp_f
global condition
if display_num == 1:
display_num = 0
else:
display_num = 1
touch = touch_sensor.touch_sensor(change_display, pin=TOUCH_PIN)
def __init__(self):
# Create our temperature sensor instance.
self.tempSens = ds18b20()
def main(saveData,now,scriptWD):
bme = bme280.bme280()
(temperature,pressure,humidity) = bme.readBME280All()
print("Temperature : ", temperature, "C")
print("Pressure : ", pressure, "hPa")
print("Humidity : ", humidity, "%")
del bme
ds = ds18b20.ds18b20()
temp_c = ds.readDS18b20All()
for n in range(len(temp_c)):
print("Senor # : ", n)
print("Sensor ID : ", temp_c[n][1])
print("Sensor name :", temp_c[n][2])
print("Temperature : ", temp_c[n][3], "C")
if temp_c[n][2] == 'Water bucket':
tempInBucket = temp_c[n][3]
del ds
jsn = jsn_sr0t4_2.jsnsr0t4(tempInBucket)
(currentDepth, currentH20Content) = jsn.readJSNSR0T4()
print('current water level : ', currentDepth, ' cm')
print('current water content : ', currentH20Content, ' l')
del jsn
time.sleep(1.) # wait a second for the read LED to switch off
import tsl2591 # has to be imported here, otherwise jsn_sr0t4 script gives error
tsl = tsl2591.tsl2591()
(lux,infrared,visible,full_spectrum) = tsl.readTSL2591All()
print("Total light : ", lux, "lux")
print("Infrared light : ", infrared)
print("Visible light : ", visible)
print("Full spectrum (IR + visible) light : ", full_spectrum)
del tsl
minutes = int(now.strftime("%M"))
rainfallScraped = False
if (minutes > 19) and (minutes < 29): # scrape rainfall only once per hour at 20 min
fullHour = now.strftime("%Hh00")
rf = scrapeRainfall.scrapeRainfall(fullHour)
(pluie, hour) = rf.getRainfallData()
print("Measurement hour :", hour)
print("Rainfall in mm :", pluie)
waterChange = rf.getDifferenceInWaterButtContent(now)
print("Water in butt changed by : %s l between %02dh and %02dh" % (waterChange[0],waterChange[1],waterChange[2]))
rainfallScraped = True
if saveData:
dFile = open("%s/data/terraceWeather_%s.data" % (scriptWD, now.strftime("%Y-%m")), "a")
dFile.write("%s %s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\n" % (now.strftime("%Y-%m-%d"), now.strftime("%H:%M:%S"), temperature,np.round(pressure, 2),np.round(humidity, 2),temp_c[0][3],temp_c[1][3],np.round(currentDepth, 3), np.round(currentH20Content, 3),np.round(lux,4),infrared,visible,full_spectrum))
dFile.close()
print('data saved to file')
# send data to initial state
streamer = Streamer(bucket_name=ITA.BUCKET_NAME, bucket_key=ITA.BUCKET_KEY, access_key=ITA.ACCESS_KEY)
#print(np.round(humidity, 2),np.round(pressure, 2),temperature,temp_c[0][3],temp_c[1][3],np.round(currentH20Content, 3),np.round(lux,4))
streamer.log(SENSOR_LOCATION_NAME + " Humidity (%)", np.float(np.round(humidity, 2)))
streamer.log(SENSOR_LOCATION_NAME + " Pressure (hPa)", np.round(pressure, 2))
streamer.log(SENSOR_LOCATION_NAME + " Chip Temperature (C)", temperature)
streamer.log(SENSOR_LOCATION_NAME + " Water Bucket Temperature (C)", temp_c[0][3])
streamer.log(SENSOR_LOCATION_NAME + " Outside Temperature (C)", temp_c[1][3])
streamer.log(SENSOR_LOCATION_NAME + " Water Content (l)", np.round(currentH20Content, 3))
streamer.log(SENSOR_LOCATION_NAME + " Luminosity (lux)", np.round(lux,4))
if rainfallScraped:
if pluie is not None:
streamer.log(SENSOR_LOCATION_NAME + " Rainfall (mm)", pluie)
streamer.log(SENSOR_LOCATION_NAME + " Water Change (l)", np.round(waterChange[0],4))
dFile = open("%s/data/rainfallWaterChange_%s.data" % (scriptWD,now.strftime("%Y-%m")),"a")
dFile.write("%s %s\t%s\t%s\n" % (now.strftime("%Y-%m-%d"),now.strftime("%H:00"),pluie,np.round(waterChange[0],4)))
dFile.close()
print('rainfall and water change data saved to file')
streamer.flush()
print('Upload code finished')
from ds18b20 import ds18b20
from bmp280 import bmp280
# Obtenemos la fecha y hora con el formato elegido
from datetime import datetime
now=datetime.now()
fecha=now.strftime('%Y-%m-%d')
hora=now.strftime('%H:%M')
fechahora=now.strftime('%Y%m%d%H%M')
#Cargados datos obtenidos por sensor dht22
dht22=dht22()
#Separamos la informacion de temperatura
temp1=(dht22[0])
#Separamos humedad
humedad=(dht22[1])
#Cargamos datos temperatura obtenidos por el sensor ds18b20
temp2=ds18b20()
#Cargados datos obtenidos por sensor bmp280
bmp280=bmp280()
#Separamos temperatura
temp3=(bmp280[0])
#Separamos presion
presion=(bmp280[1])
presion=round(presion /10,2)
#Obtenemos la direccion mac de la interfaz
with open('/sys/class/net/wlan0/address') as wlan:
mac=wlan.read()
mac=mac[:-1]
#Obtenemos media temperatura 3 sensores
temps=[temp1,temp2,temp3]
ltemp=len(temps)
tmedia=(round(sum(temps)*1.0/ltemp,2))
# GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program. If not, see <http://www.gnu.org/licenses/>. # # Email: [email protected] import time from ds18b20 import ds18b20 import ener import mosquitto as mqtt power = ener.Energenie() is_connected = False is_first = True brew = [{"heater":False,"heatctl":1,"min":20,"max":21,"sensor":ds18b20("28-0517022710ff")}, {"heater":False,"heatctl":2,"min":20,"max":21,"sensor":ds18b20("28-041702ce85ff")}] def mqtt_connect(client, userdata, rc): global is_connected global is_first print("Connected with result code {}".format(rc)) client.subscribe("beer/brew1/heater", 2) client.subscribe("beer/brew1/min_temp", 2) client.subscribe("beer/brew1/max_temp", 2) client.subscribe("beer/brew2/heater", 2) client.subscribe("beer/brew2/min_temp", 2) client.subscribe("beer/brew2/max_temp", 2) is_connected = True is_first = True